AC Servo Motor Driver (Pulse input type/Positioning type ）

SIGNALS AND WIRING (Note 2) I/O signals in control modes Related parameter P P/S S S/T T T/P Pin No.

CLA

lor 9~re lock-<J GC GD ~ {o r> tAB ~ 01 9xhaust lockU>l: blank plug .H:h bre&li'lerj with Rod Boot p p p BN Z+ t+Stroke ZZ .. t f S f(Q/(e Stroke ra ~ (mmt ,-.ow "",.f I Bore size (mm) A DB BN BP BO DC 00 oE F GA GB GC GO GL GR J K LZ MM Without boot With boot 40 500 25-500 27 30 60 96 '/. y. 44 16 32 10 85 15 26 54 10 10 M8Xl.25 6 71 M14X1 .S 50 600 25-600 32 35 70 108 'I, 'I< 52 20 40 10

/

IN OUT M M 1 2 x P 1 (IN), 2 (OUT) port 2 x P 1 (IN), 2 (OUT) port F I J K L I F J (D) DIN terminal: D Conduit terminal: T E (U) (V) E V U 32 31.5 25 (44) G1/2 T T G1/2 M M Cable 6 to 12 2 x P 1 (IN), 2 (OUT) port 2 x P 1 (IN), 2 (OUT) port I F J I F J With bracket 1 f 2.6 Bracket e 2 x 8.5 b a d (mm) Electrical entry Bracket mounting dimension Grommet Model Port size P Conduit DIN terminal

0.4

) P kit Flat ribbon cable connector (26P) J/G kit T kit Terminal block (VQ1000, 24 terminals) T kit Terminal block (VQ2000) M kit Stations L kit (VQ1000/2000): 3.

Modular Type Filter Regulator Series AW

t t q q q e IN OUT IN OUT IN OUT y y y e e r r r u u u Drain Drain Drain Parts list Material No.

V

VALVE TYPES AVAILABLE To operate a solenoid pilot valve in a vacuum s y s t e m , a s e p a r a t e p r e s s u r e s u p p l y m u s t b e s u p p l i e d t o t h e v a l v e t o m o v e t h e s p o o l o r p o p p e t a s d e s c r i b e d a b o v e .

LEC-OM02704CN

AC DC 2. 12 3 12 (2) ()40 10(555) (12.1) A P (12.1) KT [m2] [W] [] [56] A P T K (12.1),P 12.1A 12.1 40() () () 12.2 12 4 12 12.3 (AE6)OFF 10 11000 (EMG) (EMG) 12.3.1 (1) 12.3 (12.2) ((2)(a)(b)) ON (EMG) (EMG) OFF V0 te 12.3 t 1J Lmax V L 0 (12.2) e 60 J M Lmax VO JM JL te [mm] [mm/min] [kgcm 2] [kgcm 2] [s] [s] 7kW10ms11k22kW (50ms) 12 5 12 (2) (12.2) (a) 200V 25 73

CG5-S

q o i r y t !

Vacuum System Peripherals:

R L B 01 1 Nil F G Rc 1 8 ... ...

CG5-S

-04-12 AS1301FG-M5-23 AS2301FG-01-23 AS1301FG-M5-04 AS2301FG-01-04 -02-04 AS1301FG-M5-06 AS2301FG-01-06 -02-06 AS3301FG-02-06 -03-06 AS2301FG-01-08 -02-08 AS3301FG-02-08 -03-08 AS1211FG-M5-23 AS2211FG-01-23 AS1211FG-M5-04 AS2211FG-01-04 -02-04 AS1211FG-M5-06 AS2211FG-01-06 -02-06 AS3211FG-02-06 -03-06 AS2211FG-01-08 -02-08 AS3211FG-02-08 -03-08 AS2211FG-01-10 -02-10 AS3211FG-02-10 -03-10

5-Port Solenoid Valve

t q e w r e q w r 2-position single 5 (EA) 3 (EB) 1 (P) 2 (B) 3 (EB) 4 (A) 5 (EA) 1 (P) (A)4 2(B) 1 (P) (EA)5 3(EB) 2-position double t e q w r 2-position double 1 (P) 2 (B) 3 (EB) 4 (A) 5 (EA) 2(B) (A)4 (EA)5 1 (P) 3(EB) 3-position closed center/exhaust center/pressure center t e q w r 3-position closed center 3-position exhaust center 2(B) (A)4 2(B) (A)4 (EA)5 1 (P) 3(EB) (EA)5 1 (P) 3(

AC Servo Motor Driver (Network card type ）

P A = K T (10.1) A: Heat dissipation area [m2] P: Loss generated in the cabinet [W] T: Difference between internal and ambient temperatures [C] K: Heat dissipation coefficient [5 to 6] 10 3 10. CHARACTERISTICS When calculating the heat dissipation area with equation 10.1, assume that P is the sum of all losses generated in the cabinet.

Series VQ Base Mounted Metal Seal/Rubber Seal

VQ1000 Series P.1.10-124 P.1.10-128 P.1.10-132 Plug-in Plug lead VQ2000 Series P.1.10-124 P.1.10-128 P.1.10-132 VQ0 Series P.1.10-170 P.1.10-174 VQ1000 Series P.1.10-170 P.1.10-174 P.742 1.10-114 Manifold Variations T L C S Port size SUP EXH port Cylinder port kit kit kit Lead wire Direct electrical entry style Serial transmission unit Terminal box (Terminal block) SY P, R A, B Enables single-wire

VEX1

Port size E F G H I L M P Q A Model B C D J K N O R S T U Port 2 (A),1 (P) Port 3 (R) VEX5500 VEX5501 133.5 50 25 10 7 25 80 60 81.5 83.5 1 2, 3 4, 60 143.5 62.5 70 156.5 36.5 16.5 20 Center 2 x M6 x 1 x depth 9 116.5 1 2, 3 4, 1 1 25 VEX5700 VEX5701 160.5 150.5 62.5 90 60 30 15 7 173.5 37.5 100 60 13 88.5 86.5 18 2 x M6 x 1 x depth 6 136.5 17 82 1 4 1 4 1, 1 1 Bracket mounting dimensions

ZP

(for Heavy-duty) Buffer assembly model Applicable pad model Series ZP Page ZP40H ZP50H ZP40HB ZP50HB P. 80 P. 81 ZPB-T1 (J/JB/JF)01 ZP63H ZP80H ZP63HB ZP80HB P. 80 P. 81 ZPB-T2 (J/JB/JF)01 ZP100H ZP125H ZP100HB ZP125HB P. 80 P. 81 ZPB-T3 (J/JB/JF)01 ZP40H ZP50H ZP40HB ZP50HB P. 82 P. 83 ZPB-X1 (J/JB/JF)01 ZP63H ZP80H ZP63HB ZP80HB P. 82 P. 83 ZPB-X2 (J/JB/JF)01 ZP100H ZP125H ZP100HB ZP125HB

Compact Hydraulic Cylinder

T V V 2 x Rc P 4 x J GA F GA A MA a A MA a Cushion adjustment screw Air release R (max.)

Smooth Cylinder/Low Speed Cylinder

: Change this to a smooth cylinder (CS2). 1 1 DCQSY CQ2Y CM2Y CG1Y CA2Y CQSX CQ2X CM2X CJ2X CUX CS2Y -X P. 1168 P. 1176 P. 1189 P. 1203 P. 1214 P. 1228 P. 1261 P. 1268 P. 1280 P. 1246 P. 1256 1165 Series CY/CX Smooth Cylinder/Low Speed Cylinder Added compact type foot brackets. Compact foot bracket has the same width as the cylinder. Overall width reduced by up to 43% (for 12).

Title not found

J @ 1." roll T Length per roll 20nr 33mB"l 100m is3!

Vacuum

Response time determination by calculation: T . = V x 6 0 ' o T r = 3 1 adsorption response time to 63% of P" (sec), adsorption response time to 95% of P" (sec), volume of piping from eiector to pad (4: T1 tt 2 2.

Vacuum

Response time determination by calculation: T . = V x 6 0 ' o T r = 3 1 adsorption response time to 63% of P" (sec), adsorption response time to 95% of P" (sec), volume of piping from eiector to pad (4: T1 tt 2 2.